Over the air passive downloads

ABSTRACT

A computer-implemented method, computer-readable media, and wireless system that passively provisions wireless devices over the air are provided. The wireless system includes a database, handset configuration manager, and radio network controller. The database stores updates for the wireless devices and indications of which wireless devices received the updates. The handset configuration manager provides updates for wireless devices available in the database. The wireless devices connect to a communication network associated with a network service provider that implements the handset configuration manager. The radio network controller communicates with wireless devices by establishing a slot 0 communication session with the wireless devices after receiving a registration notification from the wireless devices.

This application is a continuation of U.S. patent application Ser. No. 12/628,606, filed Dec. 1, 2009, which is herein incorporated by reference in the entirety.

SUMMARY

Embodiments of the invention are defined by the claims below. Embodiments of the invention provide wireless systems, methods, and computer-readable media for, among other things, updating configuration information for a wireless device. The embodiments of the invention have several practical applications in the technical arts including updating preferred roaming lists, reducing number of short message service (SMS) messages transmitted in a wireless network, and providing a mechanism for tracking configurations for wireless devices.

In a first embodiment, a computer-implemented method to update a wireless device's configuration is provided. The computer-implemented method is executed by a wireless system that is configured with a database having updates for a group of wireless devices. The wireless system provides the updates to a wireless device when the wireless device establishes a registration notification session with the wireless system.

This summary is provided to introduce a selection of concepts in a simplified form that are further described below in the detailed description. This summary is not intended to identify key features or essential features of the claimed subject matter, nor is it intended to be used in isolation as an aid in determining the scope of the claimed subject matter.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

Illustrative embodiments of the invention are described in detail below with reference to the attached drawing figures, which are incorporated by reference herein and wherein:

FIG. 1 is an exemplary network diagram that illustrates a wireless system, in accordance with embodiments of the invention;

FIG. 2A is an exemplary communication diagram that illustrates communications in a wireless network, in accordance with embodiments of the invention;

FIG. 2B is another exemplary communication diagram that continues illustration of communications in the wireless network, in accordance with embodiments of the invention;

FIG. 2C is another exemplary communication diagram that continues illustration of communications in the wireless network, in accordance with embodiments of the invention;

FIG. 2D is another exemplary communication diagram that illustrates communications in another wireless network, in accordance with embodiment of the invention;

FIG. 2E is another exemplary communication diagram that continues illustration of communications in the other wireless network, in accordance with embodiments of the invention; and

FIG. 3 is an exemplary logic diagram that illustrates a computer-implemented method updating configuration information, in accordance with an embodiment of the invention.

DETAILED DESCRIPTION

Embodiments of the invention provide wireless systems, computer-readable media, and computer-implemented methods for updating configuration information for wireless devices. The wireless devices establish a communication session with the wireless system during power up, or when signal conditions degrade. During the communication session, the wireless system determines whether a wireless device has received the most recent updates. The updates include preferred roaming lists (PRL), software updates, or firmware updates. The software updates may be updates to game applications, event capture applications, browsing applications, editing applications, etc. The firmware update may include updates to device encryption, updates to memory management, updates to network management, etc. The wireless devices are able to receive the updates without use of a SMS message. In turn, the wireless system updates a database storing the updates to indicate which wireless devices received the update.

In certain embodiments, the wireless system provides passive downloads of configuration updates of the wireless device and eliminates proxy push gateways (PPG), short message servicing centers (SMSCs), and wireless access protocol push. In the wireless system an update available notification is no longer sent to the wireless device. Rather, the wireless system is configured to provide targeted updates to the wireless device at the next network registration, e.g., power on, change networks, recovering after loss of coverage, etc. For instance, the wireless system allows a wireless device to receive additional updates at each subsequent power-up.

The wireless system may eliminate approximately 150,000 to 300,000 SMS messages that are generated daily to notify wireless devices for available updates. The wireless system also eliminates retry messages that were generated when the initial SMS message failed to reach the wireless devices. The wireless system provides downloadable payloads that are retrieved by wireless devices without SMS messaging, which improves download success rates and reduces turn-around time for completing downloads to targeted wireless devices. The wireless system improves success rates for updates to the wireless devices because all downloads will be sent to the devices that are currently on the service provider's network, devices that are in a registration mode and cannot conduct in-bound communications or outbound communications, or devices that accept updates without user interaction. The wireless system includes a database that tracks current updates installed on the wireless device. The database may be accessible by a help center to troubleshoot the wireless device and improve likelihood of first-call resolution of reported problems. The database reduces the need to indiscriminately have wireless devices receive overwrites of their existing configuration. The database may be used to perform real-time testing of updates on test wireless devices.

Additionally, the database may provide custom PRLs that are based on a geographic location. For instance, a unique PRL might be downloaded as the device registers at a new location. For instance, a wireless device that temporarily visits Tampa, Fla. from Washington, D.C. may be updated with a PRL for Tampa. A custom PRL for devices registering in Tampa may specify the least-cost roaming partner if the wireless device's service provider is unavailable. This may prevent the wireless device from roaming to more expensive wireless networks.

Throughout the description of the embodiments of the invention, several acronyms and shorthand notations are used to aid the understanding of certain concepts pertaining to the associated system and services. These acronyms and shorthand notations are intended to help provide an easy methodology of communicating the ideas expressed herein and are not meant to limit the scope of the embodiments of the invention. The following is a list of these acronyms:

1xRTT 1x Radio Transmission Technology AAA Authentication Authorization Accounting AC Authentication Center BTS Base Transceiver station CD-ROM Compact Disc-Read Only Memory DM Device Management DVD Digital Versatile Discs EEPROM Electronically Erasable Programmable Read Only Memory ESN Electronic Serial Number HCM Handset Configuration Manager HLR Home Location Register IOTA Internet Over The Air IP Internet Protocol LDAP Lightweight Directory Access Protocol OMA Open Mobile Alliance OSGI Open Service Gateway Initiative MEID Mobile Equipment Identifier MSC Mobile Switching Center NMS Number Management System NSP Network Services Provisioning PDA Personal Data Assistant PDSN Packet Data Switching Network PRL Preferred Roaming List PS Provisioning System RAM Random Access Memory ROM Read Only Memory SMS Short Message Service SMSC Short Messaging Service Center SPS Subscriber Profile System SSL Secure Sockets Layer

As one skilled in the art will appreciate, embodiments of the invention include, among other things: a method, wireless system, and a computer-program product. Accordingly, the embodiments may take the form of a hardware embodiment, firmware embodiment, a software embodiment, or an embodiment combining software and hardware. In one embodiment, the computer-program product includes computer-useable instructions embodied on one or more computer-readable media for updating configuration information.

Computer-readable media include both volatile and nonvolatile media, removable and nonremovable media, and contemplates media readable by a database, a switch, and various other network resources. Network switches, routers, firewalls, and related components are conventional in nature, as are means of communicating with the same. By way of example, and not limitation, computer-readable media comprise computer-storage media and communications media.

Computer-storage media, or machine-readable media, include media implemented in any method or technology for storing information. Examples of stored information include computer-useable instructions, data structures, program modules, and other data representations. Computer-storage media include, but are not limited to RAM, ROM, EEPROM, flash memory or other memory technology, CD-ROM, digital versatile discs (DVD), holographic media or other optical disc storage, magnetic cassettes, magnetic tape, magnetic disk storage, and other magnetic storage devices. These memory components can store data momentarily, temporarily, or permanently.

A wireless system provides updates to wireless devices in response to a registration notification. The updates are stored in a database. In some embodiments, the database is populated by an administrator for the service provider's network. In some embodiments, the wireless device is unable to receive inbound or outbound communications while the wireless device is receiving the update from the database.

FIG. 1 is an exemplary network diagram that illustrates a wireless system 100, in accordance with embodiments of the invention. The wireless system 100 includes a wireless device 102, BTS 104, radio network controller 106, PDSN 108, Access Network to AAA 110, AAA 112, subscriber profile system 114, home agent 116, handset configuration manager (HCM) 118, provisioning system 120, number management system 122, home location register and authentication center 124, mobile switching center 126, and base station controller 128. The wireless system is part of a telecommunication network for a service provider.

The wireless devices 102 are configured to connect to the BTS 104. The wireless devices 102 include computers, laptops, personal digital assistants, smartphones, modems, or any other computing device. The wireless devices 102 may communicate wirelessly using mobile broadband, such as, e.g., EVDO or 1×RTT. The wireless devices 102 are operated by a user to initiate communications with wireless devices 102 or other network resources. The wireless devices 102 may receive configuration updates from the HCM 118. In some embodiments, the wireless devices 102 store and execute the configuration updates during a registration notification communication session with the BTS 104. The registration notification communication session may occur over a slot 0 channel.

The BTS 104 is an antenna that enables wireless communication between the HCM 118 and the wireless device 102. The BTS 104 wirelessly connects the wireless devices 102 to the HCM 118. The BTS 104 may measure network conditions, e.g., signal-to-noise ratios, bandwidth availability, and throughput. Alternatively, the wireless devices 102 may transmit measured network conditions for storage by the BTS 104. The network conditions measured by the wireless devices 102 may be used to trigger a registration notification request.

The radio network controller 106 connects to the BTS 104. The radio network controller 106 may provide mobility management for the wireless devices 102. The radio network controller (RNC) 106 may schedule packets that are received from the PDSN 108 for delivery to the wireless devices 102 via the BTS 104. In one embodiment, the radio network controller 106 may be used to provide access to wireless devices 102 that are using EVDO.

The PDSN 108 receives packets from the home agent 116 for the wireless devices 102. The PDSN 108 routes the packets to the appropriate BTS 104. In turn, the packets are delivered to the wireless devices 102. The PDSN 108 may be connected to the radio network controller 106 or the base station controller 128. The packets received from the PDSN 108 are processed by the radio network controller 106 or the base station controller 128 to determine the appropriate BTS 104 that should received packets destined for the wireless devices 102.

The access network to AAA 110 is traversed via the radio network controller 106. In one embodiment, the access network to AAA 110 may be a firewall for the AAA 112. The radio network controller submits authorization data from the wireless device 102 to the access network to AAA 110. In turn, the access network to AAA 110 determines whether to route the data to the AAA 112.

The AAA 112 provides some security control in the wireless system 100. The AAA 112 is connected to the radio network controller 106, PDSN 108, and home agent 116. The AAA 112 provides access control, authentication, authorization, and accounting in the wireless system 100. The AAA 112 may control access to the subscriber profile system 114 and may specify read or write permissions for the radio network controller 106, PDSN 108, access network to AAA 110, home agent 116, or base station controller 128. In some embodiments, the AAA 112 may use digital signatures to authenticate each device in the wireless system 100. In certain embodiments, the AAA 112 may be configured to operate only with EVDO compliant wireless devices 102.

The subscriber profile system (SPS) 114 stores the profiles for each subscriber associated with a wireless device 102 that connects to an EVDO network. The subscriber profile may include, device information such as, ESN, MEID, firmware version, software version, PRL information; and user information, such as name, mailing address, payment information, age, email, phone number, etc. The subscriber profile system 114 connects to the provisioning system 120, which schedules updates based on the subscriber profile. The subscriber profile system 114 also connects to AAA 112 which tracks and controls access to the profiles in the subscriber profile system 114.

The home agent (HA) 116 is used to store information about a wireless device 102 that has registered with the home agent 116. The home agent 116 may be used to route packets to the wireless device 102 when the wireless device 102 is visiting a location and is connected to a foreign network. In some embodiments, the home agent 116 may receive updates for the wireless device 102 while the wireless device 102 is connected to a foreign network.

The handset configuration manager (HCM) 118 is connected to the home agent 116 and provisioning system 120. The handset configuration manager 118 ensures that each wireless device 102 has the most recent updates. The handset configuration manager 118 checks a database having updates for each wireless device and indicators that specify whether the wireless device has received the corresponding update. The HCM 118 manages the IOTA indicators for each wireless device 102. In some embodiments, the handset configuration manager may be replace by an OMA-DM device as both these devices operate as device managements servers.

The provisioning system (PS) 120 is connected to the number management system 122 and the subscriber profile system 114. In an embodiment, the provisioning system may be an AMDOCS management system. The provisioning system 120 manages the updates that are scheduled for each wireless device 102. In some embodiments, the provisioning system 120 retrieves each available subscriber profile associated with each wireless device 102 that connects to the BTS 104 from the subscriber profile system 114. The subscriber profile identifies, among other things, the services requested by the subscriber associated with the wireless device 102 and updates received by the wireless devices 102 associated with the subscriber. The provisioning system 120 schedules appropriate software updates and firmware updates for the applications requested by the subscriber based on the subscriber profile. The number management system 122 receives scheduled firmware updates and software updates for the wireless devices 102 associated with the subscriber. In turn, the number management system 122 updates a database storing acknowledgements for updates for each wireless device 102 of the subscriber.

The number management system (NMS) 122 controls the updates to the PRLs. The number management system 122 may provide an updated listing of preferred network providers, where each network provider is assigned a priority based on cost, accessibility, speed, etc. The number management system 122 connects to PS 120. The updated PRL may be received by PS 120 and stored in a database. The NMS 122 may maintain the database that includes the wireless device identifier, such as an ESN or MEID, corresponding updates, and indicators to specify that the wireless device 102 received the corresponding update. In certain embodiments, the database may be a LDAP database that is updated by one of the NMS 122 or the provisioning system 120.

The home location register and authentication center (HLR and AC) 124 stores the profiles for each subscriber associated with a wireless device 102 that connects to a 1×RTT network. The subscriber profile may include, device information such as, ESN, MEID, firmware version, software version, PRL information and user information, such as name, mailing address, payment information, age, email, phone number, etc. The HLR and AC 124 also authenticates the subscribers and provides the functionality of the AAA 112 to 1×RTT compliant wireless devices 102. The HLR and AC 124 connects to the provisioning system 120, which schedules updates based on the subscriber profile. The HLR and AC 124 also connects to a mobile switching center 126 which provides access to the profiles in the HLR and AC 124.

The mobile switching center 126 manages the communication sessions for the wireless devices 102. The mobile switching center 126 may perform appropriate signal conversions when necessary and provide mobility management for the wireless devices. The mobile switching center 126 may connect to the public switch telephone network.

The base station controller 128 connects to the BTS 104. The base station controller is similar to the radio network controller 106. In some embodiments, the base station controller 128 provides most of the functionality for the BTS 104. In one embodiment, the base station controller 128 may be used to provide access to wireless devices 102 that are using 1×RTT. The base station controller 128 controls a collection of BTSs 104 and manages handover as wireless devices 102 move between sectors covered by each BTS 104 in the collection of the BTSs 104.

In some embodiments, the wireless device may exchange communication messages with the wireless system in one of a slot 0 communication channel or a slot 1 communication channel. In the slot 0 communication channel, the wireless device is unable to receive outbound or inbound communications and the graphical user interface on the wireless device is disabled. The IOTA indicator in subscriber profiles are used to determine which wireless devices need configuration updates.

FIG. 2A is an exemplary communication diagram that illustrates communications in the wireless network, in accordance with embodiments of the invention. The wireless network may be an EVDO network. The PS 120 may be configured with updates for wireless devices 102. The updates are transmitted as a provision command to the HCM 118. The HCM 118 may temporarily store updates for wireless devices that have not received updates stored in the database maintained by NMS 122. PS 120 transmit a trigger to the subscriber profile that modifies the subscriber profiles for each wireless device 102 that has not received the updates. In one embodiment, PS 120 may set an IOTA indicator in the subscriber profile for each wireless device that has not received the updates stored in the database. The provisions command may include the device information that is used to locate the subscriber profiles. In turn, SPS 114 updates the subscriber profiles with the IOTA indicator.

When the wireless device 102 powers up, recovers from a loss of coverage, experiences signal degradation, or any other specified network event, the wireless device 102 may establish a slot 0 communication with the wireless system 100. The RNC 106 receives a slot 0 initiation request. The slot 0 initiation request may include device information that identifies that wireless device 102. In turn, the RNC 106 sends a wireless access request command to the PDSN 108. The PDSN 108 packetizes the request and transmits the access request to the access network to AAA 110, which authenticates the wireless device 102. The access network to AAA 110 queries the SPS 114 to determine whether an update is available. The query may include the device information and an indicator associated with prior updates to the wireless device 102. The SPS 114 receives the packetized access request and checks the subscriber profile associated with wireless device 102 to determine whether any updates are available for the wireless device 102. The device information is used to locate the subscriber profile for the wireless device. The SPS 114 checks the subscriber profile to determine whether the IOTA indicator is set. When the IOTA indicator is set, an update for the wireless device is stored in the database. In some embodiments, the IOTA indicator may include address information for the HCM 118. The SPS 114 responds to access network to AAA 110 with an acknowledgement that IOTA indicator is set. The access network to AAA 112 confirms access by the wireless device 102 and notifies the RNC 106 via the PDSN 108 that the wireless device 102 may wirelessly communicate over the wireless system 100 that the IOTA indicator is set.

After the wireless device 102 is authenticated by AAA 112, the wireless device 102 registers with the wireless system 100 using mobile IP registration. In some embodiments, registration may include updating the HA 116 with device information for the wireless device. In turn, HA 116 acknowledges registration of the wireless device 102.

In some embodiments, the wireless system 100 may begin to push updates to wireless devices in parallel with the mobile IP registration with the HA 116. The HCM 118 may trigger an update start message when the HA 116 receives the mobile IP registration message from the wireless device 102. The update start message from the HCM 118 is transmitted to the wireless device 102, which establishes a communication session with the HCM 118 to receive the update for the wireless device 102.

In another embodiment, the HCM 118 may use the IOTA indicator to transmit an IOTA request for a wireless device 102 that has the IOTA indicator. The HCM 118 may use the device address included in the IOTA request to locate the wireless device 102. In turn, a IOTA request that includes device information, such as network address, IP address, or HA IP address, is transmitted to the RNC 106. The RNC 106 may establish a secure socket layer communication with the wireless device 102. The wireless device 102 receives the updates from the HCM 118 over the air. After the updates are received the communication session ends.

In one embodiment, the database storing the updates is accessed to record the wireless devices that received the slot 0 updates. The database may also be provisioned with additional updates for the wireless devices. In the slot 1 communication channel, the wireless device may receive both inbound and outbound communication messages.

FIG. 2B is another exemplary communication diagram that continues illustration of communications in the wireless network, in accordance with embodiments of the invention. After the updates are completely transmitted, the HCM 118 closes the SSL communication and generates an IOTA report to notify the database at the NMS 122, which wireless devices 102 received the updates. The HCM 118 transmits an updates success message that identifies each wireless device 102 that received the updates to PS 120. In turn, the message is transmitted to NMS 122.

PS 120 transmits a clear IOTA indicator to update the subscriber profiles for the wireless devices that received the updates. For wireless devices with additional updates, the subscriber profile may set the IOTA indicator or confirm that the IOTA indicator remains set.

The NMS 122 may update a database to indicate that the wireless device 102 received the updates stored in the database. If any additional updates are available from the NMS 122, the additional updates are stored in the database. In turn, the NMS 122 communicates with PS 120 to confirm successful updates to the wireless device 102.

When the wireless device 102 receives the updates, the wireless device 102 may establish a slot 1 communication with the wireless system 100. The wireless device 102 ends the registration session and begins the normal voice and data communication session. The BTS 104 receives a slot 1 initiation request from the wireless device to begin normal voice and data communication. The slot 1 initiation request may include device information that identifies that wireless device 102. In turn, the BTS 104 sends a wireless access request command to the RNC 106. The RNC 106 packetizes the request and transmits the access request to the PDSN 108, which routes the request to AAA 112. The AAA 112 obtains the packetized access request, authenticates the wireless device 102, and for each authenticated wireless device 102, communicates with SPS 114 to determine the services that are available for the wireless device 102. The device information is used to authenticate the wireless device 102 and locate the subscriber profile for the wireless device 102. The SPS 114 checks the subscriber profile to determine whether a subscriber requests both voice and data communications, or any other specification services (news services, mapping services, etc.). The SPS 114 responds to AAA 112 with the services available for the wireless device 102. The AAA 112 authenticates the wireless device 102 and notifies the RNC 106 via the PDSN 108 that the wireless device 102 may wirelessly communicate over the wireless system 100 and use the services specified in the subscriber profile.

FIG. 2C is another exemplary communication diagram that continues illustration of communications in the wireless network, in accordance with embodiments of the invention. After the wireless device 102 is authenticated by AAA 112, the wireless device 102 registers with the wireless system 100 using mobile IP registration. In some embodiments, registration may include updating the HA 116 with device information for the wireless device. In turn, HA 116 acknowledges registration of the wireless device 102 and the wireless device 102 is configured to receive both inbound and outbound communications and access to services included in the subscriber profile is allowed. When the wireless device completes all wireless communication, the wireless device may issue a mobile IP de-registration request to terminate wireless communications on the wireless system 100.

FIG. 2D is another exemplary communication diagram that illustrates communications in another wireless network, in accordance with embodiments of the invention. Here, the wireless network can be an 1×RTT network. In some embodiments, the wireless devices 102 are configured to connect to either an 1×RTT interface or an EVDO interface. When an EVDO network is unavailable, the wireless devices 102 connect to the 1×RTT network.

The PS 120 may be configured with updates for wireless devices 102. The updates are transmitted as a provision command to the HCM 118. The HCM 118 may temporarily store updates for wireless devices that have not received updates stored in the database maintained by NMS 122. PS 120 transmit a trigger to the subscriber profile that modifies the subscriber profiles for each wireless device 102 that has not received the updates. The subscriber profiles, when accessing the 1×RTT network, are maintained by the HLR and AC 124. In one embodiment, PS 120 may set an IOTA indicator in the subscriber profile for each wireless device that has not received the updates stored in the database. The provisions command may include the device information that is used to locate the subscriber profiles. In turn, HLR and AC 124 updates the subscriber profiles with the IOTA indicator.

When the wireless device 102 powers up, recovers from a loss of coverage, experiences signal degradation, or any other specified network event, the wireless device 102 may establish a slot 0 communication with the wireless system 100. The BTS 104 receives an initiation request. The initiation request may include device information that identifies that wireless device 102. In turn, the BTS 104 sends a wireless access request command to the BSC 128. The BSC 128 packetizes the request and transmits the access request to the MSC 126, which routes the request to HLR and AC 124, which authenticates the wireless device. The MSC 126 sends an authentication request to the HLR and AC 124. In turn, the HLR and AC 124 generates an authentication response that includes an acknowledgement that the device is successfully authenticated.

After receiving the authentication response from the HLR and AC 124, the MSC 126 transmits a registration request for the wireless device 102 to the HLR and AC 124. The HLR and AC may respond to the registration request with an IOTA indicator that specifies an address of a network resource having updates for the wireless device. In one embodiment, the HLR and AC 124 stores all subscriber profiles, which includes indicators that specify the availability of updates for the wireless devices 102, and the actual updates. In turn the HLR and AC 124 may transmit the IOTA indicator to the wireless device 102. The wireless device 102 then uses the IOTA indicator to initiate a communication session with the network resource having the updates. When the HLR and AC 124 stores the updates, the wireless device 102 obtains the updates from the HLR and AC 124 and the subscriber profile is updated to indicate that the update was received. In turn, the NMS 122 may receive a report listing wireless devices that obtained the updates and wireless devices that have not received the updates.

In an alternate embodiment, the network resource that stores the updates may be the HCM 118 and the subscriber profiles may be stored at the SPS 114. The SPS 114 may be accessible by a wireless device that is connected to the 1×RTT network. The wireless device may transmit a packetized access request to the PDSN 108 and AAA 112 to access the SPS 114. The device information of the wireless device 102 is used to locate the subscriber profile for the wireless device 102. The SPS 114 checks the subscriber profile to determine whether the IOTA indicator is set. When the IOTA indicator is set an update for the wireless device is stored in the database. In some embodiments, the IOTA indicator may include address information for the HCM 118. The SPS 114 responds to AAA 112 with the IOTA indicator. The AAA 112 authenticates the wireless device 102.

FIG. 2E is another exemplary communication diagram that continues illustration of communications in the other wireless network, in accordance with embodiments of the invention.

After the SPS 114 confirms that updates are available, it sends a response with the address of the HCM 118 to the wireless device 102, which initiates a communication session using the address of the HCM 118 included in the IOTA indicator. The AAA 112 notifies the wireless device 102 via the PDSN 108 that the wireless device 102 may wirelessly communicate over the wireless system 100. In turn, the wireless device 102 registers with the wireless system 100 using mobile IP registration. In some embodiments, registration may include updating the HA 116 with device information for the wireless device. The HA 116 acknowledges registration of the wireless device 102.

In some embodiments, the wireless system 100 may begin to push updates to wireless devices in parallel with the mobile IP registration with the HA 116. The PDSN 108 may trigger an update start message when the PDSN receives the mobile IP registration message from the wireless device 102. The update start message from the PDSN is transmitted to the HCM 118, which establishes a communication session with the wireless device 102 to transmit the updates for the wireless device 102. The HCM 118 may establish a secure socket layer communication with wireless device 102. In turn, the HCM 118 transmits the updates for the wireless device 102 to the wireless device 102. After the updates are completely transmitted, the HCM 118 closes the SSL communication and generates a IOTA report to notify the database at PS 120 of the wireless devices 102 that received the updates. In turn, PS 120 clears the IOTA indicators in the subscriber profiles for the wireless devices that received the updates. The subscriber profiles at HLR and AC 124 and SPS 114 are both updated accordingly. In turn, PS 120 updates the NMS 122 of the wireless devices 102 that have received the updates and the wireless devices 102 that have not received the updates. In turn, the NMS 122 transmits new updates for the wireless devices 102 to PS 120. The HCM 118 closes the communication session with the wireless device after the updates are transmitted. Additionally, the wireless device 102 transmits a mobile IP de-registration request to HA 116 when the update is received completely from the HCM 118.

The wireless system is configured with a method to update configuration information stored on wireless devices. The wireless devices may receive the updated configuration during a slot 0 communication with the wireless system. A database is maintained to identify wireless devices and updates that are available for the wireless devices. In one embodiment, the database is maintained by a service provider of the wireless system.

FIG. 3 is an exemplary logic diagram that illustrates a computer-implemented method updating configuration information, in accordance with an embodiment of the invention. In step 310, the updates for wireless devices are stored in a database. In some embodiments, the updates include preferred roaming lists that identify alternate wireless access networks that are configured to provide communication services for the wireless device, software updates or firmware updates. The database stores an update for each wireless device subscribing to a network service provider that selects updates for storage in the database.

In turn, a registration notification from a wireless device is received by the wireless system, in step 320. The registration notification may be received on a slot 0 communication channel. In some embodiments, the registration notification occurs upon powering on the wireless device, upon a change in network conditions experienced by the wireless device, upon recovering from a loss of coverage, or upon a signal-to-noise ratio falling below a specified threshold.

In step 330, the database is checked to determine whether updates are available for the wireless device. When updates are not available, the configuration of the wireless device is not updated. But, in step 340, updates for the wireless device are transmitted to the wireless device when the database has an update not previously received by the wireless device.

In an embodiment, the database is populated with the selected updates by a handset configuration manager or open mobile alliance device management. Additionally, the database may be updated to indicate that the wireless device received the update. The database may be used to generate reports to identify wireless devices that received the updates and wireless devices that have not received the updates.

Optionally, a locator for the database to the wireless device may be provided when an update is available for the wireless device. The locator may be one of an Internet protocol address or uniform resource locator. In turn, a communication session between the database and the wireless device that obtained the locator is generated.

In summary, a wireless system configured to update configuration information on wireless devices during a slot 0 communication session is provided. The wireless system includes a HCM, RNC, and database. The HCM may receive updates from the database for wireless devices, wherein the updates comprise roaming lists that specify preferred networks that provide wireless communication services to the wireless devices.

The database stores the updates for wireless devices and indications of which wireless devices have obtained the updates. The database may be maintained by a network service provider. The network service provider may obtain reports that indicate which wireless devices received the updates and which wireless devices did not receive the updates stored in the database.

The radio network controller communicates with wireless devices. The radio network controller establishes the slot 0 communication session with the wireless device after a registration notification is received from the wireless device. The wireless device is unable to receive calls or graphical user interface commands while communicating over the slot 0 communication channel.

Additional arrangements of the various components depicted, as well as components not shown, are possible without departing from the spirit and scope of the present invention. Embodiments of the invention are described with the intent to be illustrative rather than restrictive. It is understood that certain features and subcombinations are of utility and may be employed without reference to other features and subcombinations and are contemplated within the scope of the claims. Some steps listed in the various figures need be carried out in the specific order described. 

The technology claimed is:
 1. A computer-implemented method to update configuration information for a wireless device, the method comprising: receiving a registration notification from the wireless device, wherein the registration notification includes device information that identifies the wireless device in order to establish a subscriber account and provide access to the network; updating, based on the registration notification, a preferred roaming list that identifies alternate wireless access networks that are configured to provide communication services for the wireless device during a registration for the wireless device; and transmitting at least one of a firmware update or a software update during the registration to the wireless device, wherein the at least one of the firmware update or the software update is distinct and separate from the preferred roaming list, wherein the at least one of the firmware update or the software update is transmitted to the wireless device over a slot 0 communication session during the registration in response to the registration notification without transmitting Short Message Service (SMS) communications to the wireless device wherein the slot 0 communication is a communication sent over a time slot 0 of a time division multiplexed channel, and wherein establishing the slot 0 communication session with the wireless device prevents the wireless device from receiving calls or responding to graphical user interface commands during the slot 0 communication session.
 2. The method of claim 1, wherein the registration notification is triggered in response to a change in network conditions experienced by the wireless device.
 3. The method of claim 1, wherein a database stores the least one of the firmware update or the software update for each wireless device subscribing to a network service provider that selects updates for storage in the database.
 4. The method of claim 3, wherein the database is populated with the at least one of the firmware update or the software update by a handset configuration manager or open mobile alliance device management.
 5. One or more non-transitory computer-readable media storing computer-executable instructions for performing a method to update configuration information for a wireless device, the method comprising: establishing a slot 0 communication session with the wireless device upon receiving a registration notification from the wireless device, wherein the slot 0 communication is a communication sent over a time slot 0 of a time division multiplexed channel, and wherein the registration notification includes device information that identifies the wireless device in order to establish a subscriber account and provide access to the network; and transmitting updates not previously received by the wireless device to the wireless device only when the updates not previously received by the wireless device are available without transmitting Short Message Service (SMS) communications to the wireless device, wherein the updates include configuration information and at least one of a firmware update and a software update, wherein the updates not previously received by the wireless device are provided in parallel with the registration notification in the slot 0 communication session, and wherein the slot 0 communication session prevents the wireless device from receiving calls or graphical user interface commands during the slot 0 communication session.
 6. The media of claim 5, further comprising: updating a database to indicate that the wireless device received the update.
 7. The media of claim 6, further comprising: generating reports to identify wireless devices that received the updates and wireless devices that have not received the updates.
 8. The media of claim 5, wherein the slot 0 communication session is established after powering on the wireless device.
 9. The media of claim 5, wherein the slot 0 communication session is established after a change in network conditions experienced by the wireless device.
 10. The media of claim 5, wherein the slot 0 communication session is established after loss of coverage.
 11. The media of claim 5, the slot 0 communication session is established after a signal-to-noise ratio falls below a specified threshold.
 12. The media of claim 5, wherein the wireless device supports 1× Radio Transmission Technology (1×RTT) communications.
 13. The media of claim 5, wherein the wireless device supports Evolution-Data Optimized (EVDO) communications. 